Related by context. All words. (Click for frequent words.) 69 Liquid helium 69 -# ° C [001] 68 -# degrees Celsius [001] 67 -# degrees Fahrenheit [002] 66 #oF [001] 65 cryostat 64 -# º C [002] 64 Kelvin -# 62 #oC [001] 62 liquid helium 62 SQUIDs 62 -# ° C. [002] 62 annealing temperature 62 ambient temperatures 62 -# ° F [001] 62 cryogenic cooling 62 -# ° Celsius [001] 61 -# Celsius [001] 61 #degC [002] 61 -# deg C 61 cryogenically cooled 60 -# º F [002] 60 ultrahigh vacuum 60 +# degC [002] 59 thermodynamically 59 copper oxide superconductors 59 ultracold temperatures 59 -# degreesC 59 photomultiplier tubes 59 supercooled liquid 58 mK 58 degreesF 58 gaseous helium 58 thermoelectric cooling 58 isotherm 58 adiabatic 58 thermally activated 58 elastic modulus 58 -# ° Fahrenheit 58 millimeter wavelengths 58 enthalpy 58 Halifax Weather Overcast 57 Â ° C. 57 +# deg C [001] 57 thermally stable 57 dewpoint temperature 57 Liquid nitrogen 57 freezeproof 57 thermal equilibrium 57 quantum oscillations 57 photomultiplier tube 57 -# ° [002] 57 resonant frequencies 57 uniaxial 57 microshutters 57 +# ° F. 57 rubidium atoms 57 multiphoton 57 propellant tanks 57 electrically insulating 57 #F #C [001] 56 antiferromagnets 56 rubidium vapor 56 +# ° F 56 cryocooler 56 microcavity 56 degF 56 thermal diffusivity 56 electron accelerators 56 hydrides 56 quantum coherence 56 quantum mechanically 56 ambient temperature 56 chlorophyll fluorescence 56 +# º C [002] 56 electric ion propulsion 56 beryllium ions 56 GPa 56 -# ° C. [001] 56 degC 56 resonance frequency 56 terahertz quantum cascade 56 Bose Einstein Condensate 56 gigapascals 56 tokamaks 56 anneal 56 neutron radiation 56 emittance 56 thermodynamic properties 56 temperature gradients 56 superfluid helium 56 electromagnetically 56 solder reflow 56 thermoelectric coolers 56 superheat 56 hypersonic speeds 56 proton conductivity 56 melt viscosity 55 picosecond lasers 55 temperature 55 thermodynamic equilibrium 55 microcavities 55 autoclavable 55 Ionic liquids 55 thermal gradients 55 Bose Einstein condensate BEC 55 microwave frequencies 55 ferromagnetic materials 55 supercooling 55 tempera ture 55 polaritons 55 absorption spectroscopy 55 superconducting magnet 55 conventional superconductors 55 superconductive 55 ultrasonic transducers 55 thermally 55 manganite 55 electrical resistivity 55 Nd YAG lasers 55 chromatographic separations 55 thermally induced 55 non dispersive infrared 55 metastable 55 supercooled 55 QDs 55 Mostly Cloudy Currently 55 X ray pulses 55 -4 ° 55 silicone encapsulation 55 hafnium oxide 55 photolysis 55 optically transparent 55 vaporisation 55 -# ˚ C 55 bipolar transistors 55 zeolite membranes 55 oscillation amplitude 55 -# degrees Fahrenheit [001] 54 Deg C 54 kelvin -# 54 ° C 54 bolometers 54 #C #F [003] 54 MWIR 54 bottomhole pressure 54 piezo actuator 54 ultracold atoms 54 infrared emitters 54 turbine inlet 54 radiometric measurements 54 microchannel 54 nanomagnets 54 Bose Einstein condensates 54 paramagnetic 54 hygrometers 54 chemical reactants 54 -# degrees Centigrade 54 photomultiplier 54 ion traps 54 Min Temp #.# 54 ° -# ° [001] 54 photocatalysts 54 deformable mirror 54 electrochemical sensor 54 Thermocouples 54 -# º C [001] 54 IR wavelengths 54 helicity 54 radiative cooling 54 fluid viscosity 54 superpositions 54 +# degreesC 54 thermal conductivities 54 Reheat leftovers 54 optical lattices 54 magnetic excitations 54 breakdown voltages 54 thermowell 54 thermoelectric cooler 54 argon gas 54 resonant cavity 54 cantilever deflection 54 ˚ F 54 dielectrics 54 magnetic flux 54 piezoresistive 54 nanoglue 54 Meanwhile preheat oven 54 conductivities 54 molten salts 54 magnetically coupled 54 #.degree [001] 54 photocells 54 airflows 54 bismuth telluride 54 hydrostatically 54 infrared spectrometers 54 pH electrode 54 voltages 54 electro optic modulator 54 optical wavelengths 54 nanochannel 54 #.#nm [002] 54 thermal conductivity 54 vanadium dioxide 54 quantum correlations 54 terahertz frequencies 54 impedance measurements 54 post perovskite 54 nanolaser 54 nanoribbon 54 thermo mechanical 54 superconducting qubits 54 cuvette 54 absorption chiller 53 kelvins 53 frequency transducers 53 microstructures 53 sodium atoms 53 W/cm2 53 pore sizes 53 microscale 53 wavelength tunability 53 micromachined 53 corrosive environments 53 micromachine 53 microwatt 53 dipole moment 53 #bar [001] 53 cryogenic liquids 53 ultracold 53 crystal lattices 53 nitriding 53 airglow 53 spectral measurements 53 metallic nanostructures 53 magnetostrictive 53 -4 ° F 53 monochromators 53 supercold 53 scanning electron microscopes 53 interfacial tension 53 ultrashort pulses 53 CPU emulation 53 photon flux 53 feedwater 53 ion thrusters 53 temperature coefficients 53 frictional heating 53 ℃ 53 nanoliter 53 UV wavelengths 53 microvolts 53 #.degree [002] 53 transmissivity 53 supersonic combustion 53 isotherms 53 microwell plates 53 dielectric permittivity 53 rheometer 53 Nernst 53 nanoparticle arrays 53 fission reactor 53 CMOS fabrication 53 gamma ray detectors 53 LVDTs 53 C 53 aperiodic 53 liquid coolant 53 temperature gradient 53 quartz oscillators 53 +# º C [001] 53 detector arrays 53 DUTs 53 ultraviolet lasers 53 superconduct 53 linearly polarized 53 thermal annealing 53 aberration correctors 53 3He 53 photon detection 53 emission wavelength 53 Silicon carbide 53 collimated 53 single photon detectors 53 TappingMode 53 -4 degrees Fahrenheit 53 º C 53 photoelectron spectroscopy 53 electron beams 53 bolometer 53 wafer uniformity 53 quantum phenomena 53 piezoelectric properties 53 supersolid 53 Magnetic Imager HMI 53 submillimeter 53 evaporator coil 53 chalcogenide glass 53 nanomembranes 53 Min temp 53 rheological 53 +# oC 53 EDXRF 53 nonthermal 53 absorption spectra 53 uncooled 53 magnetron 53 moldability 53 spectrographs 53 -# º F [001] 53 speckle pattern 53 fermionic atoms 53 spintronic device 53 tokamak 53 ° C. 53 crystallinity 53 interferometers 52 bi axial 52 ellipsometry 52 illuminance 52 colloidal crystals 52 resonant tunneling 52 polarimeter 52 -# degrees Celcius 52 magnetic dipole 52 dewpoint 52 -# ° F [002] 52 nanomesh 52 nanowatts 52 photon energies 52 Bose Einstein condensates BECs 52 rubidium 52 #deg C 52 ceramic membranes 52 Michell Instruments 52 ohmic 52 viscous fluids 52 toroid 52 colloidal suspensions 52 quasiparticles 52 flowrate 52 QCLs 52 UV VIS 52 phototransistor 52 diamond anvil 52 #nm immersion 52 leakage currents 52 ° F 52 hydrolytic stability 52 CFD modeling 52 5μm 52 microgravity environment 52 magnetisation 52 ionized gases 52 ceramic superconductors 52 linac 52 #degreesC 52 electron pairs 52 quantum superposition 52 antineutrino 52 excitonic 52 IMUs 52 SWIR cameras 52 unconventional superconductivity 52 ionic conductivity 52 nonequilibrium 52 laser irradiation 52 diffraction pattern 52 superfluids 52 hyperspectral imager 52 +# degrees Celsius [001] 52 convective heat 52 +# degC [001] 52 WS CRDS 52 polarized electrons 52 Bose Einstein condensation 52 gamma rays emitted 52 micrometer scale 52 ° C ambient temperature 52 º Celsius 52 shorter wavelengths 52 polariton 52 optically pumped 52 toroidal 52 microchannels 52 photometer 52 microampere 52 helium cooled 52 offgas 52 lithographic processes 52 GJ #b [002] 52 magnetoresistance 52 Interferometric 52 synchrotron X ray 52 4mA 52 cryocoolers 52 electron ion 52 martensite 52 hydrophobicity 52 bistable 52 gaseous hydrogen 52 thermal gradient 52 optomechanical 52 boron nitride 52 magnetic coil 52 superfluid 52 niobium titanium 52 isothermal 52 Coriolis meters 52 capacitive coupling 52 neutrino experiments 52 ion beams 52 superconductive wire 52 #Â ° F [002] 52 -# º [001] 52 Fourier transform infrared FTIR 52 º F 52 membrane electrode assemblies MEAs 52 turbo compressor 52 bistability 52 megapascals 52 #m# h 52 magnetic coupling 52 solvent evaporation 52 monochromator 52 repeatable measurements 52 superconducting magnetic 52 neutron flux 52 PWM frequency 52 microlens 52 optical waveguides 52 superconducting coils 52 molten salt storage 52 fume hood 52 underfill 52 combustor 52 photochemical reactions 52 autosampler 52 AlGaAs 52 -# ˚ 52 multiwalled carbon nanotube 52 rugged conduction cooled 52 lasing wavelength 52 cuvettes 52 nMOS 52 vibrational modes 52 thermocouples 52 spectroscopic analysis 52 1kV 51 NMR experiments 51 isobaric 51 micromirror 51 recrystallization 51 electron spins 51 Figure 2a 51 piezo actuators 51 Josephson junctions 51 Laboratory Freezer 51 cuprate superconductors 51 situ measurements 51 spin precession 51 superconducting wires 51 pulsed laser 51 supercurrent 51 cosmic ray flux 51 ferroelectricity 51 liquid nitrogen cooling 51 overpressure 51 kinematic viscosity 51 0 dBm 51 inductive sensors 51 selectivities 51 peltier 51 titrations 51 ultrafast pulses 51 photonic crystal 51 superlattice 51 Mott insulator 51 CMOS transistors 51 degreesC 51 kelvin 51 HFIR 51 wavefront sensing 51 atomic lattice 51 humidistat 51 rotational torque 51 Alfvén waves 51 graphene layers 51 graphene membranes 51 supercritical fluid 51 FieldFox RF VNA 51 magnetic bearings 51 thermal conduction 51 microlithography 51 nanofilms 51 rotaxanes 51 magnetocaloric 51 porous membranes 51 photosensors 51 synchrotron x ray 51 corona discharge 51 photosynthetic apparatus 51 viscosity fluids 51 lithium atoms 51 electroluminescence 51 Magnetic nanoparticles 51 oC 51 PID controller 51 diverter valve 51 #bar [002] 51 UV photons 51 geometries 51 orifice plates 51 nanodevice 51 directional airflow 51 Dirac fermions 51 ferromagnetism 51 osmotic pressure 51 VLTI 51 multijunction solar cells 51 formamide 51 SSPTS 51 deg F 51 exothermic reactions 51 input capacitance 51 stoichiometry 51 thermal dissipation 51 differential scanning calorimetry 51 conductivity 51 optical atomic clocks 51 magnetocaloric effect 51 evanescent waves 51 exotherm 51 electrochemical sensors 51 compressive stress 51 reed relays 51 cleanroom environments 51 nanotube transistors 51 opto electrical 51 ultraviolet wavelength 51 thermowells 51 laminar flow 51 microbolometers 51 excitons 51 parahydrogen 51 topological insulators 51 AST# 51 MRFM 51 electrochemical capacitors 51 helium atoms 51 +# degrees Celsius [002] 51 electrostatics 51 superconducting cables 51 pyrometer 51 hermeticity 51 ° Fahrenheit 51 helium nuclei 51 alkali atoms 51 ° C ambient 51 threshold voltages 51 isotropic 51 colloidal nanocrystals 51 electron bunches 51 radiative transfer 51 particulate contamination 51 compressibility 51 ° C/# ° F [001] 51 APXS 51 diffraction grating 51 antiprotons 51 Pressure Transducer 51 gate electrode 51 magnetically levitated trains 51 Schrodinger equation 51 vapor compression 51 ionisation 51 dewar 51 graphite whiskers 51 THz radiation 51 ° C/# 51 polarimetric 51 visible wavelengths 51 º Fahrenheit 51 PMTs 51 nanocomposite material 51 relativistic particles 51 cesium atoms 51 nanobubbles 51 nanodroplets 51 NEMA 4X enclosure 51 ° F -# ° 51 Inconel 51 nanopositioning stages 51 thermal inertia 51 photoactivation 51 preheater 51 emission spectra 51 ultrasonics 51 nanosecond pulse 51 saturable 51 photoconductive 51 reflow oven 51 dimensional electron 51 electron beam welding 51 neutrino detectors 51 precise tolerances 51 absorption coefficient 51 submicrometer 51 Nova NanoSEM 51 resonant frequency 51 infra red radiation 51 ferrite core 51 magnetic monopole 51 shunt resistors 51 moisture absorption 51 #Â ° C. 51 #Â º [001] 51 arbitrary waveforms 51 antireflective coating 51 thermoelectric modules 51 femtogram 51 silicon monoxide 51 superconducting materials 51 exothermic 51 fluorescence spectroscopy 51 dielectric strength 51 rotationally symmetric 50 radiometer 50 ionic contaminants 50 evaporator coils 50 viscometers 50 emissivity 50 inelastic scattering 50 shrinking geometries 50 nanochannels 50 foil resistors 50 viscoelastic properties 50 deg C. 50 anechoic 50 +# deg C [002] 50 electron neutrinos 50 LPCVD 50 electron tunneling 50 piezoelectric transducer 50 electro optic plastics 50 microamp 50 Young modulus 50 antineutrinos 50 UV lamp 50 photobleaching 50 vacuum furnace 50 nanogels 50 +# deg [002] 50 thermodynamically stable 50 Photolithography 50 beamsplitters 50 cryogenic refrigeration 50 fluorescent molecules 50 º C. 50 ACPL K# 50 electronic excitations 50 Celsius #.#F 50 PREHEAT oven 50 electrically conducting 50 UHP lamps 50 Gaussian beam 50 #um [002] 50 submicron 50 kPa 50 analog circuitry 50 upflow 50 torsional oscillator 50 turbopumps 50 crystal oscillator 50 OptoCooler HV# 50 sodium metal halide 50 HTPS 50 nanomotors 50 ˚ C. 50 Mercury exosphere 50 antimonide 50 x ray beam 50 infrared wavelengths 50 mount inductors 50 RovA 50 barium titanate 50 sonication 50 photoluminescence 50 rotor stator 50 photocurrent 50 InGaAs 50 ultraviolet wavelengths 50 ferroelectrics 50 photon detectors 50 athermal 50 Josephson junction 50 ion thruster 50 MOS transistor 50 input impedance 50 nonconducting 50 Raman scattering 50 millimeter wave frequencies 50 Perkinamine 50 piezoelectric crystals 50 laminar airflow 50 dielectric layers 50 diffusion coefficient 50 endothermic 50 gimbaled 50 quantum computations 50 Flowmeter 50 NWs 50 dielectric breakdown 50 viscosities 50 superheavy elements 50 mask aligners 50 bending radii 50 gaseous nitrogen 50 Vdd 50 liquid hydrogen LH2 50 gauss 50 AIX #G# 50 waveguides 50 thermal foldback 50 macroscale 50 enzyme kinetics 50 #Â ° C 50 bosonic 50 heterostructure 50 pulsed laser beam 50 superconductivity 50 terahertz waves 50 millisecond annealing 50 Si substrate 50 confocal microscopes 50 screw compressors 50 accuracy repeatability 50 temperature coefficient 50 clamping voltages 50 ultraviolet laser 50 metamaterial structures 50 laser interferometers 50 nitride semiconductor 50 electromotive force 50 sputter deposition 50 melt adhesives 50 frictional resistance 50 electrospray 50 setpoint 50 Microfluidic devices 50 photon beams 50 cryogenic liquid 50 Mössbauer 50 corrosive fluids 50 ceramic composites 50 microreactors 50 linearized 50 GaN transistor 50 supercritical steam 50 dipolar 50 supercritical CO2 50 temperatures 50 backscattering 50 Carbon nanotube 50 gold nanoclusters 50 photonic crystal fiber 50 oscillation frequency 50 Alfven waves 50 photoresists 50 collimators 50 moisture vapor 50 polymer beads 50 UVTP 50 superhydrophobic surfaces 50 TEGA ovens 50 millimeter wavelength 50 piezoelectric sensors 50 scintillators 50 Rydberg atom 50 emitted photons 50 ARPES 50 PEDOT 50 +# ° C [002] 50 superconductors 50 vanadium oxide 50 calorimeter 50 Ultrasonic sensors 50 transmission electron microscope 50 silicon nanowire 50 scramjet engines 50 Mudawar 50 calorimetric 50 magnetic particle 50 dielectric constant 50 TECs 50 capillary tubes 50 IR thermography 50 microscopy techniques 50 controlled crystal oscillator 50 Fabry Perot 50 electron scattering 50 fluorometer 50 toroids 50 laser interferometer 50 cryo electron tomography 50 emission spectroscopy 50 dehumidified 50 radiometers 50 cesium vapor 50 X ray wavelengths 50 quartz crystal oscillator 50 annealing 50 ramjet 50 electron diffraction 50 scramjets 50 superconducting 50 -# deg [001] 50 mechanical deformations 50 absorb neutrons 50 #pF [002] 50 ballscrews 50 flame retardance 50 electrochemical reactions 50 sorption 50 thermoelectric generators 50 electron spin 50 electromechanical coupling 50 lipid membranes 50 parameter estimation 50 lowermost mantle 50 corrosive atmospheres 50 thermal conductance 50 microfluidic chips 50 Promass 50 luminous galaxies 50 resonators 50 -# º C. 50 femtosecond pulses 50 intrinsic jitter 50 HEMTs 50 thermoelectric materials 50 wavefronts 50 antimatter atoms 50 chemically resistant 50 Aerogels 50 cuprate 50 heavy fermion 50 cm ² 50 ultraviolet lamp 50 micropipettes 50 semiconducting properties 50 fermion 50 tropical troposphere 50 tight tolerances 50 thermal insulator 50 Beamline #.#.# 50 linearisation 50 nonlinearities 50 NIRSpec 50 InAs 50 Saturn magnetosphere 50 toolholder 50 Thermal conductivity 50 environmentally friendly refrigerants 49 laser optics 49 photochemically 49 cryogen 49 SIRAL 49 polymer membranes 49 HEPA filtered 49 degrees farenheit 49 impedances 49 solder joints 49 antihydrogen 49 finite element method 49 exothermic reaction 49 weldment 49 crossflow 49 electromagnetic flux 49 -# Fahrenheit [002] 49 electrolytic capacitor 49 torr 49 optical isolator 49 nanotube sheets 49 1μm 49 phonon 49 gelation 49 Dektak 49 intensifiers 49 hydride 49 supercritical fluids 49 calcium fluoride 49 SOI substrate 49 microfluidic channels 49 subwavelength 49 meteoritic material 49 X ray diffraction microscopy 49 tensile stress 49 filamentary structure 49 ceria 49 multiscale 49 MPa 49 resistive element 49 conductance 49 microcantilevers 49 photosphere 49 calorimeters 49 convection cooling 49 ultrasonic waves 49 TFTs 49 InSb 49 subsurface ocean 49 datalogger 49 oscillator frequency 49 chlorine monoxide 49 chemisorption 49 nanostructured silicon 49 viscous liquids 49 nitride layer 49 capacitances 49 polymer membrane 49 waveguide 49 pulse widths 49 volatilized 49 nanoliters 49 photolithographic 49 θ 49 LiNbO3 49 photoemission 49 superheating 49 EUT 49 voltage divider 49 ThermoSuit System 49 particle acceleration 49 Superconducting materials 49 ⁰ C 49 spectral radiance 49 local oscillator LO 49 absorbs ultraviolet 49 nanostructuring 49 nanoporous 49 strontium titanate 49 #nm laser [001] 49 foil resistor 49 superconductive materials 49 cam lobe 49 carburizing 49 desorption 49 ultrasonic vibrations 49 output capacitance 49 absolute TCR 49 diffusion coefficients 49 cooling fins 49 EtO 49 cryo electron microscope 49 scanning tunneling microscopy 49 picosecond 49 tempera tures 49 microbatteries 49 radiofrequency waves 49 linear Fresnel 49 quantum cascade 49 UV irradiation 49 external EEPROM 49 silica spheres 49 optical lattice 49 spherical nanoparticles 49 thermometers barometers dental amalgams 49 2 MeV electron 49 anaerobic environments 49 LHC accelerator 49 nanoantennas 49 CFD simulations 49 melt adhesive 49 weakly interacting 49 Method Preheat oven 49 longitudinal axis 49 dielectric layer 49 velocity dispersion 49 wet FGD 49 viscoelastic material 49 MCP# AFE 49 inconel 49 cryogenic 49 semiconducting materials 49 ˚ C 49 ferromagnet 49 superconducting circuits 49 baseplate 49 magnetization reversal 49 protein adsorption 49 degrees Fahrenheit 49 spindle speeds 49 eutectic 49 scintillator 49 superheated steam 49 axial tilt